Apparatus and method for reconfigurable space
A reconfigurable space system and components therefore which can be reconfigured to accommodate sleeping space, entertainment space, work space, kitchen space, dining space and various combinations thereof.
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The present application claims the benefit of U.S. Provisional Patent Application Ser. No. 61/861,102, entitled APPARATUS AND METHOD FOR RECONFIGURABLE LIVING SPACE, filed on Aug. 1, 2013, the entire contents of which are incorporated by reference.
FIELD AND BACKGROUND OF THE INVENTIONThe present invention relates to methods and apparatus for reconfiguring living space. Moveable interior wall systems and so-called “Murphy Beds.” are exemplary prior art in this field.
SUMMARY OF THE INVENTIONIn the present invention, living space can be reconfigured using our modular living system comprising one or more of the following:
-
- at least one moveable wall;
- foldout support surfaces in the moveable wall;
- foldout support surfaces in at least one perimeter wall;
- modular units on the moveable and/or perimeter walls;
- moveable and/or adjustable support surfaces; and
- inductive power in one or more of the moveable wall, perimeter wall, floor,
- support surfaces and modular units.
In one aspect of the invention, the moveable walls are overhead suspended moveable walls comprising one or more of the following features:
-
- a suspended core support member to which modules can be releasably mounted;
- electrification of the overhead suspended moveable wall or core support member;
- inductive power in the core support member, wall and/or the modular units; and/or
- a releasable brake for biasing the moveable wall and/or core support member to a fixed position.
In another aspect of the invention, a moveable island is provided which comprises one or more of the following features:
-
- height adjustability to counter, table, desk or coffee table height;
- an enlargeable top surface;
- an optional and/or removable storage component; and/or
- inductive power from the floor to the top surface of the moveable island.
As a result of these and other features and aspects of the invention, living space can be reconfigured to accommodate sleeping space, entertainment space, work space, kitchen space, dining space and various combinations thereof.
Each moveable wall unit 10 comprises a structural core support 11 to which modular units 12, including fold down support surfaces 13, can be mounted (
Each core support 11 comprises a core support frame made of a plurality of sturdy metal frame members 11a (
Preferably frame members 11a comprise two side-by-side “U” channels having a plurality of mounting holes in the base wall of the U-channel, as can be seen in the vertical frame members 11a in
The top frame member 11a in core support 11 has been identified as frame member 11.1 in
A trolley 21 is secured to and projects upwardly from each end of laterally extending legs 11.2a. Trolleys 21 are carried in and roll in overhead support tracks 20. Thus in the embodiment shown, moveable wall 10 is supported by four trolleys 21, one at each corner of overhead modular unit support 11.2.
Modular units 12 can be a variety of different types of shelving, cabinets, storage units, work units including fold out work or support surfaces 13 and the like. A modular unit might simply be an attractive wall panel, with no purpose other than aesthetic. Modules 12 may include fold down seating, or fold down beds such as queen bed 15 (
In the moveable wall assembly shown in
Fold down desk module 12.7a comprises the fold down work surface pivotally connected to a rectangular frame 12.7b, which is closed in the back by panel 12.7d. Frame 12.7b includes an intermediate vertical support member 12.7c to which an electrical outlet 45 is mounted for facing the open work surface and hence be accessible to a person using work surface module 12.7a. Another dedicated electrical power source 62 provides power to induction power unit 60 mounted in the fold down work surface. As can be seen by comparing
As seen in
Each moveable wall unit 10 includes a brake assembly 30 (
As an alternative braking mechanism, a linear actuator brake 30a is mounted in each lower corner of core support frame 11 (
The specific linear actuator shown is motor driven and is remotely controlled. It comprises an electric motor 31a and a gear box 32a. Brake 30a can be controlled by a switch mounted on wall unit 10 or directly on core support 11. Alternatively, a receiver can be mounted on wall unit 10, or within core support 11, which controls a power switch to brake 30a, such that brake 30a can be actuated by a remote controller.
Each wall unit 10 is electrified. Circuit wiring is carried in core support 11, and includes conveniently located connectors for connecting to outlets mounted in add-on modules 12. A flexible power connector 40 (
Flexible power connector 40 is mounted at one end to a supporting mount or platform 5 located at a level above the horizontal plane passing across the top of wall 10 (
Flexible power connector 40 is configured to flex in only one direction. It comprises a chain made of a plurality of individual links 40a which are pivotally connected in such a way that they will pivot relative to one another only in one direction, and over a limited arc. Thus power connector 40 will flex in only in the direction shown in
Moveable island 50 (
An alternative embodiment moveable island 50 is shown in use in
Moveable island 50 can be positioned as a kitchen work surface and island as shown in
The top 54 of moveable island 50 (
In
In
In
Of course, it is understood that the foregoing are merely preferred embodiments of the invention and that various changes and alterations can be made thereof without departing from the spirit and broader aspects of the invention.
Claims
1. A reconfigurable space system comprising:
- perimeter walls and a floor;
- an overhead track system for supporting at least one moveable wall, said track system comprising at least two spaced parallel tracks;
- at least one overhead suspended moveable wall, moveably suspended on said spaced parallel tracks of said overhead track system, so as to extend laterally of said tracks, and be moveable in a fore and aft direction along said tracks;
- said moveable wall comprising a suspended core support member to which modular units can be releasably mounted;
- said core support member having at least two spaced frame members secured to the top of said core support and projecting laterally to either or both sides of core support, each including a pair of trolleys for suspending said moveable wall in said parallel overhead tracks, projecting upwardly from its respective frame member and engaging their respective track, at least one of said trolleys being located laterally from said core support and the other being located above or laterally to the other side of said core support; and
- one or more modular units releasably mounted on said core support.
2. The reconfigurable space system of 1 comprising:
- said core support being electrically wired;
- said system including an overhead flexible power connector having a first end connected to said electrical wiring of said core support at the top of said core support, and having a second end connected to a power source which is not on said moveable wall, whereby said moveable wall can be moved without disconnecting from said power source.
3. The reconfigurable space system of claim 2 which comprises:
- an at least one induction power station in one or more of said moveable wall and said modular units, to enable one to charge electronic devices and induction power receiving lamps or the like, without the need for plug-in electrical wiring.
4. The reconfigurable space system of claim 2 which comprises:
- said two spaced frame members being joined by at least a third frame member to define together an overhead modular unit support mounted on top of said core support,
- said at least one modular unit being connected to said overhead modular unit support as well as to said core support.
5. The reconfigurable space system of claim 4 which comprises:
- said overhead modular unit support being centrally mounted on said core support, and extending, over at least about ⅓ of the length of said core support.
6. The reconfigurable space system of claim 5 in which said overhead modular unit support comprises, said two spaced frame members comprising laterally extending legs; said laterally extending legs terminating at and being joined to said third frame member, which comprises a longitudinal cross member; a modular unit connector frame member being connected to said laterally extending legs and to said at least one modular unit.
7. The reconfigurable space system of claim 4 which comprises:
- a plurality of said modular units which are unitized by being directly or indirectly joined to a top wall, which in turn is connected to said overhead modular unit support.
8. The reconfigurable space system of claim 7 which comprises:
- a mounting cleat secured to said core support, said plurality of unitized modular units including at least two vertical walls mounted on said mounting cleat, and also being secured to said top wall;
- said modular units including other components which are not connected to said top wall, but are connected directly or indirectly to said vertical walls.
9. The reconfigurable space system of claim 5 which comprises:
- an induction power station in one or more of said moveable wall and said modular units, to enable one to charge electronic devices and induction power receiving lamps or the like, without the need for plug-in electrical wiring.
10. The reconfigurable space system of claim 2 in which said core support comprises: a frame covered by panels.
11. The reconfigurable space system of claim 10 in which said panels comprise dry wall.
12. The reconfigurable space system of claim 11 in which an internally mounted modular unit is mounted in said core support frame, and said panels are left open at said internally mounted modular unit.
13. The reconfigurable space system of claim 12 in which said internally mounted modular unit includes a fold down work surface.
14. The reconfigurable space system of claim 13 in which an induction power station is mounted in said internally mounted modular unit, to enable one to charge electronic devices and induction power receiving lamps or the like, without the need for plug-in electrical wiring.
15. The reconfigurable space system of claim 12 which comprises:
- an overhead modular unit support mounted on top of said core support, projecting laterally to either or both sides of core support;
- said at least one modular unit being connected to said overhead modular unit support frame as well as to said core support.
16. The reconfigurable space system of claim 2 which comprises:
- said moveable wall including a brake which can be set to prevent movement of said wall, or released to permit movement of said wall.
17. The reconfigurable space system of claim 1 comprising:
- said at least two spaced frame members secured to the top of said core support project laterally to both sides of core support, each of said trolleys being located laterally from said core support, one located laterally from one side of said core support, and the other being located laterally to the other side of said core support.
18. A reconfigurable-space system comprising:
- perimeter walls and a floor;
- an overhead track system for supporting at least one moveable wall;
- at least one overhead suspended moveable wall, moveably suspended on said overhead track system, so as to extend laterally of said track system, and be moveable in a fore and aft direction along said track system;
- said moveable wall comprising a suspended core support member to which modular units can be releasably mounted; and
- one or more modular units releasably mounted on said core support,
- said core support being electrically wired;
- said system including an overhead flexible power connector having a first end connected to said electrical wiring of said core support at the top of said core support, and having a second end connected to a power source which is not said moveable wall, whereby said moveable wall can be moved without disconnecting from said power source;
- a moveable table having a work surface, at least one induction power station in said work surface to enable one to charge electronic devices and induction power receiving lamps or the like, without the need for plug-in electrical wiring and an induction power system in said moveable table extending from said induction power station in said work surface to said floor;
- there being at least one induction power source mounted in said floor, such that when said moveable table is positioned over said floor mounted induction source, said induction power system in said moveable table is activated and induction power is accessible at said induction power station in said work surface of said moveable table.
19. The reconfigurable space system of claim 18 which comprises:
- said work surface being height adjustable, with a sufficient range of height adjustability that it can be positioned at coffee table height, dining table height or counter top height;
- said work surface being enlargeable to provide varying surface areas.
20. The reconfigurable space system of claim 19 in which plural induction power sources are mounted in said floor at plural locations such that said induction power system in said moveable table can be activated at any of said plural locations on said floor.
21. The reconfigurable space system of claim 18 in which plural induction power sources mounted in said floor such that said induction power system in said moveable table can be activated at any of said plural locations on said floor.
22. A reconfigurable space system comprising:
- perimeter walls and a floor;
- an overhead track system for supporting at least one moveable wall, said track system comprising at least two spaced parallel tracks;
- at least one overhead suspended moveable wall, moveably suspended on said spaced parallel tracks of said overhead track system, so as to extend laterally of said tracks, and be moveable in a fore and aft direction along said tracks;
- said moveable wall comprising a suspended core support member to which modular units can be releasably mounted;
- one or more modular units releasably mounted on said core support;
- said core support being electrically wired;
- said system including an overhead flexible power connector having a first end connected to said electrical wiring of said core support at the top of said core support, and having a second end connected to a power source which is not on said moveable wall, whereby said moveable wall can be moved without disconnecting from said power source; and
- an induction power station in one or more of said moveable wall and said modular units, to enable one to charge electronic devices and induction power receiving devices, without the need for plug-in electrical wiring.
23. The reconfigurable space system of claim 16 which comprises:
- said brake being positioned in said core support, and being biased to its braking position, in which said brake engages said floor and prevents movement of said wall;
- said brake including an actuator which can be activated to release said brake.
24. The reconfigurable space system of claim 16 which comprises:
- said brake including an actuator and a signal receiver mounted on or in said moveable wall operably connected to said actuator, whereby said brake can be engaged or released by a remote controller.
25. The reconfigurable space system of claim 22 comprising:
- a moveable table having a work surface, at least one induction power station in said work surface to enable one to charge electronic devices and induction power receiving lamps or the like, without the need for plug-in electrical wiring, and an induction power system in said moveable table extending from said work surface to said floor;
- there being at least one induction power source mounted in said floor, such that when said moveable table is positioned over said floor mounted induction source, said induction power system in said moveable table is activated and induction power is accessible at said work surface of said moveable table.
26. The reconfigurable space system of claim 25 comprising:
- said moveable table having a height adjustable support surface, with a sufficient range of height adjustability that it can be positioned at coffee table height, dining table height or counter top height;
- said height adjustable support surface being enlargeable.
27. The reconfigurable space system of claim 25 comprising:
- there being a plurality of spaced induction power sources mounted at plural locations in said floor, such that when said moveable table is positioned over any of said floor mounted induction sources, said induction power system in said moveable table is activated and induction power is accessible at said work surface of said moveable table.
28. A reconfigurable space system comprising:
- perimeter walls and a floor;
- an overhead track system for supporting at least one moveable wall;
- at least one overhead suspended moveable wall, moveably suspended on said overhead track system;
- said moveable wall comprising a suspended core support member to which modular units can be releasably mounted;
- one or more modular units releasably mounted on said core support;
- said core support being electrically wired;
- said system including an overhead flexible power connector having a first end connected to said electrical wiring of said core support at the top of said core support, and having a second end connected to a power source which is not on said moveable wall, whereby said moveable wall can be moved without disconnecting from said power source;
- said moveable wall including a brake which can be set to prevent movement of said wall, or released to permit movement of said wall;
- said brake being positioned in said core support, and being biased to its braking position, in which said brake engages said floor and prevents movement of said wall;
- said brake including an actuator which can be activated to release said brake; and
- said brake including a signal receiver mounted on or in said moveable wall operably connected to said brake actuator, whereby said brake can be engaged or released by a remote controller.
29. A reconfigurable space system comprising:
- perimeter walls and a floor;
- an overhead track system for supporting at least one moveable wall;
- at least one overhead suspended moveable wall, moveably suspended on said overhead track system;
- said moveable wall comprising a suspended core support member to which modular units can be releasably mounted;
- one or more modular units releasably mounted on said core support,
- said core support being electrically wired;
- said system including an overhead flexible power connector having a first end connected to said electrical wiring of said core support at the top of said core support, and having a second end connected to a power source which is not on said moveable wall, whereby said moveable wall can be moved without disconnecting from said power source;
- said system further including an overhead mount for said flexible power connector located at a level above the horizontal plane passing across the top of said moveable wall;
- said second end of said flexible power connector being mounted on said overhead mount;
- said flexible power connector being configured to flex in only one direction whereby it can be pushed without buckling, and being positioned so that from said second end, said flexible wiring connector extends in a direction away from said moveable wall, and is then coiled back on itself, forming an arcuate portion, and extends back towards said moveable wall; and
- whereby as said moveable wall is moved in either direction relative to said first end of said flexible power connector, said arcuate portion of said flexible connector will move in the same direction as said moveable wall is moving.
30. A method of providing a reconfigurable space comprising:
- providing perimeter walls and a floor;
- providing an overhead track system for supporting at least one moveable wall;
- providing at least one overhead suspended moveable wall, moveably suspended on said overhead track system, said moveable wall comprising a suspended core support member to which modular units can be releasably mounted;
- said core support member including electrical wiring therein which extends to the top of said core support;
- providing one or more modular units releasably mounted on said core support;
- providing an overhead flexible power connector having a first end connected to said electrical wiring of said core support at the tap of said core support, and having a second end connected to a power source which is not on said moveable wall, whereby said moveable wall can be moved without disconnecting from said power source;
- providing at least one induction power station in one or more of said moveable wall and said modular units to enable one to charge electronic devices and induction power receiving devices, without the need for plug-in electrical wiring;
- providing a moveable table having a work surface, at least one induction power station in said work surface to enable one to charge electronic devices and induction power receiving devices, without the need for plug-in electrical wiring, and an induction power system in said moveable table extending from said induction power station in said work surface to said floor;
- providing a plurality of spaced induction power sources mounted at plural locations in said floor, such that when said moveable table is positioned over any of said floor mounted induction sources, said induction power system in said moveable table is activated and induction power is accessible at said induction power station in said work surface of said moveable table.
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Type: Grant
Filed: Jul 31, 2014
Date of Patent: Dec 29, 2015
Patent Publication Number: 20150033642
Assignee: Urbaneer LLC (Grand Rapids, MI)
Inventors: LeRoy Bryan Johnson (Lowell, MI), Bruce Williams Thompson (Grand Rapids, MI), Kevin Darrell Swanson (Wyoming, MI), Peter Davis Mitchell (Grand Rapids, MI), Gabriel M. VanGessel (Grand Rapids, MI), Anthony M. VanGessel (Grand Rapids, MI), Michael Robert VanGessel (Grand Rapids, MI), Brian Lee LaHaie (Dorr, MI)
Primary Examiner: Brian Glessner
Assistant Examiner: Gisele Ford
Application Number: 14/448,319
International Classification: E04H 1/00 (20060101); E04B 2/82 (20060101); E04F 19/00 (20060101); A47B 1/04 (20060101); A47B 9/20 (20060101); E04B 2/74 (20060101);